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吏�吏� �븡�뒗 ����솕 |
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| 저자 | �떎移댄븯�떆 寃먰��濡� (吏�����씠), �뼇�삙�쑄 (�삷湲댁씠) |
| 출판사 | 鍮꾩쫰�땲�뒪遺곸뒪 |
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AI �떆����쓽 二쇰룄沅�: 議곗쭅 �꽦�닕�룄瑜� |
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| 梨뾉PT瑜� 鍮꾨’�븳 �깮�꽦�삎 AI�쓽 �벑�옣��� 寃쎌쁺吏꾩뿉寃� 臾댄븳�븳 媛��뒫�꽦怨� �룞�떆�뿉 而ㅻ떎��� �븬諛뺤쓣 �븞寃⑥＜怨� �엳�떎. 洹몃윴�뜲 �씠��� 媛숈�� 遺꾩쐞湲곗뿉�룄 遺덇뎄�븯怨�, �떎�젣濡� AI瑜� 議곗쭅 �궡 �쟾諛섏쟻�씤 �뾽臾� �봽濡쒖꽭�뒪�뿉 源딆씠 �넻�빀�븯�뿬 �떎吏덉쟻�씤 鍮꾩쫰�땲�뒪 �꽦怨쇰�� 李쎌텧�븯怨� �엳�떎怨� �룊媛��븯�뒗 湲곗뾽��� 洹뱀냼�닔�뿉 遺덇낵�븯�떎. |
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Water, Water Everywh |
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| Ironically, the world��셲 most precious resource is also one of its most plentiful. More than three-quarters of the world is literally covered in water. Yet, only 1 percent of the world��셲 water supply is fit to drink. Ninety-seven percent is salt water, and 2 percent is frozen in glaciers or polar ice caps. |
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援먰솴�떂 援먰솴�떂 �슦由щ뱾�쓽 援먰솴�떂 |
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| 저자 | 源��썝�꽍 |
| 출판사 | �쁺由쇱뭅�뵒�꼸 |
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Dynamic Growth of Ch |
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| 저자 | David K. Tse �쇅 |
| 출판사 | Cambridge University Press |
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